Figures & data
Figure 1. When , the evolution trajectory of the subnetwork with respect to the first state component.
![Figure 1. When σ(t)=1, the evolution trajectory of the subnetwork with respect to the first state component.](/cms/asset/53053b01-b1d2-40e4-9ae6-4dba6b4827e7/tssc_a_2192008_f0001_oc.jpg)
Figure 2. When , the evolution trajectory of the subnetwork with respect to the second state component.
![Figure 2. When σ(t)=1, the evolution trajectory of the subnetwork with respect to the second state component.](/cms/asset/25ec5732-5853-4df4-a8d6-87addc8fd225/tssc_a_2192008_f0002_oc.jpg)
Figure 3. When , the evolution trajectory of the subnetwork with respect to the first state component.
![Figure 3. When σ(t)=2, the evolution trajectory of the subnetwork with respect to the first state component.](/cms/asset/1cf50fcf-8e77-4385-8857-2d2e978b55d8/tssc_a_2192008_f0003_oc.jpg)
Figure 4. When , the evolution trajectory of the subnetwork with respect to the second state component.
![Figure 4. When σ(t)=2, the evolution trajectory of the subnetwork with respect to the second state component.](/cms/asset/04302229-4a42-48fd-9395-82279eb83c41/tssc_a_2192008_f0004_oc.jpg)
Figure 5. When , the evolution trajectory of the subnetwork with respect to the first state component.
![Figure 5. When σ(t)=3, the evolution trajectory of the subnetwork with respect to the first state component.](/cms/asset/e2b18fc6-7037-4b1f-affb-a296e951ef88/tssc_a_2192008_f0005_oc.jpg)
Figure 6. When , the evolution trajectory of the subnetwork with respect to the second state component.
![Figure 6. When σ(t)=3, the evolution trajectory of the subnetwork with respect to the second state component.](/cms/asset/51654260-4b94-4019-92a0-93db484fd103/tssc_a_2192008_f0006_oc.jpg)
Data availability statement
Data sharing is not applicable to this article as no data sets were generated or analysed during the current study.